Combat Systems
Research
Evidence-Based Management Dependable Use of FPGAs Evidence-Based Infrastructure Managing the Complexity of FPGA Designs ALARP Verification Assessment Modelling Through Life Risk Management for Software Intensive Systems Model-Driven Integration of Software Systems Managing Value of Upgradeability in Software-intensive Systems Certifiable Safety-critical Software Systems that can be Incrementally Upgraded IMS for Adaptive Systems Analytic Techniques for the Predictability of Complex Systems Application of SoA to Dependable Systems Framework for Evolutionary Transition of Legacy Software Systems Framework for Distributed Development and Integration Software Safety Cases - Establishing a Systematic Approach Dependability Explicit Metadata Software Guidance for 00-56 Interface Contracts for Architectural Specification and Assessment Evolving Trials and Acceptance Strategies for COTS Combat Systems Managing System and Software Safety Case Interface Requirements Supporting the Standardisation of Assurance Argument and Evidence Schemas Updating Guidance on the Application of Civil Software Standards to DS 00-56 Assurance of Evolving Software: Open Systems and Legacy Dynamic Operational Risk Assessment for NEC Systems of Systems Pan DE&S Management of Information Assurance for Software Intensive Projects to achieve successful information accreditation and system certification Evidence-Based Management Dependable Use of FPGAs Evidence-Based Infrastructure Managing the Complexity of FPGA Designs ALARP Verification Assessment Modelling Through Life Risk Management for Software Intensive Systems Model-Driven Integration of Software Systems Managing Value of Upgradeability in Software-intensive Systems Certifiable Safety-critical Software Systems that can be Incrementally Upgraded IMS for Adaptive Systems Analytic Techniques for the Predictability of Complex Systems Application of SoA to Dependable Systems Framework for Evolutionary Transition of Legacy Software Systems Framework for Distributed Development and Integration Software Safety Cases - Establishing a Systematic Approach Dependability Explicit Metadata Software Language Policy Software Guidance for 00-56 Interface Contracts for Architectural Specification and Assessment Evolving Trials and Acceptance Strategies for COTS Combat Systems Managing System and Software Safety Case Interface Requirements Supporting the Standardisation of Assurance Argument and Evidence Schemas Updating Guidance on the Application of Civil Software Standards to DS 00-56 Assurance of Evolving Software: Open Systems and Legacy Dynamic Operational Risk Assessment for NEC Systems of Systems Pan DE&S Management of Information Assurance for Software Intensive Projects to achieve successful information accreditation and system certification

Research

Introduction

MOD have recognised a series of 'Hard Problems' that impact their ability to effectively acquire and maintain military software systems. The SSEI uses the 'Hard Problems' to focus the applied research programme. Engagement with the SSEI research programme is through quarterly Special Interest Group (SIG) meetings. These draw together strongly related tasks, enabling MOD and other SSEI members to engage most effectively in the programme.

Hard Problems

Theme Special Interest Groups
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